System Overview
The Amphibious Vehicles – Logistics (AV-L) project represents Birdon’s delivery of a next-generation logistics platform for the Australian Defence Force, designed to support ship-to-shore and shore-to-shore operations across complex littoral environments.
Developed to meet evolving operational requirements, the AV-L combines amphibious mobility, payload capacity, and survivability in a single integrated platform. The vehicle enables efficient transport of personnel, equipment, and supplies across water and land, supporting distributed operations where conventional logistics systems are constrained.
While delivered as part of a broader defence capability program, the AV-L reflects Birdon’s growing capability in integrated amphibious systems and can be adapted for a range of defence and specialist.
Amphibious Logistics Capability
The AV-L platform is engineered to operate seamlessly across land and water, providing a reliable logistics bridge between maritime assets and austere shore environments.
Designed for modern amphibious operations, the system supports sustained deployment, rapid loading and unloading, and operation in variable terrain and sea states.
Key Features:
- Operation in shallow or debris-laden waterways
- Reduced risk of damage in constrained areas
- True amphibious operation across land and water environments
- High payload capacity for vehicles, equipment, and supplies
- Ship-to-shore and shore-to-shore logistics capability
- Designed for distributed and expeditionary operations
- Robust performance in littoral, coastal, and inland waterways
- Integrated systems for control, safety, and operational efficiency
- Engineered for reliability under sustained duty cycles
Deployment
The AV-L is designed for defence logistics operations where mobility, flexibility, and reliability are critical.
Applications include:
- Military logistics and resupply operations
- Amphibious and expeditionary missions
- Humanitarian assistance and disaster relief
- Operations in remote, undeveloped, or infrastructure-limited environments